Modularization is poised to gain acceptance in the field of mechanical engineering, which is entirely expected and reasonable. Other industries may have already successfully transitioned from manual production to continuous production. Continuous production allows for efficiency gains through economies of scale. Monotonous processes are automated, freeing up employees to engage in creative work and create more value.
Modularization drives progress
Modularization, as a driver of innovation, will now also drive innovation in the construction of machines and equipment. Modular machines meet many of the requirements of today's industrial enterprises.
-Convenient procurement
- Shorten delivery time
-Enhancing the flexibility of customers and manufacturers when expanding or moving machines
Field logic controller AGREE
Turck's FLC technology is bringing logic to the field layer. The web-based AGREE programming environment introduces logic functionality into Turck's block I/O modules, which utilize a multi-protocol Ethernet platform. This means that field logic controllers ( FLCs ) can be created on the I/O modules .
The AGREE programming environment offers two levels of complexity. The illustrated flowchart editor is particularly simple. Logic functions can be programmed using flowcharts and drop-down menus.
Reduce machine costs
Reducing machine costs is more than just choosing the right components. Simple integration is key to success. Building machines without control cabinets saves time, cost, and space. Utilizing intelligent Turck components for standard automation also reduces error sources and archiving expenses, while increasing module reusability.
Flexible use in Ethernet
Leveraging Turck's multiprotocol Ethernet technology, the I/O modules can support PROFINET , Ethernet/IP , and Modbus TCP Ethernet protocols. These modules automatically identify the bus protocol being used during startup without user intervention.
Easily design secure applications
Controlling safety functions via a centralized safety PLC based on Ethernet complicates modular design. Furthermore, centralized safety applications on large machines suffer from long cycle times and require greater safety distances between hazards and sensors. Distributed safety controllers, on the other hand, can accelerate safety functions and achieve shorter distances. Additionally, distributed safety solutions can reduce costs.
Web server support
The integrated web server in the module simplifies debugging and diagnostics. Relevant data such as module type, firmware, IP address, or PROFINET name are readily available. Diagnostic information is displayed in plain text on the web server.
Easily connect to the internet
CODESYS integrates global network variables, simplifying the networking of multiple I/O stations. Therefore, different systems can connect quickly and easily. Bidirectional data exchange is also possible using standard transmission protocols.
Rapid Programming
To ensure rapid integration into CODESYS, Turck provides a target support package as the driver for the target system. I/O modules can be easily inserted into the configuration via drag-and-drop operations. Diagnostic and debugging functions, as well as function blocks, are also available to support users.
